MATLAB: Converting a complex number to polar form and finding it’s magnitude MATLABpolar forms z = (((-(3)^(0.5) + 3i).^4) * exp((-5i*pi/6))^3)/(2 + 2i)^2; how to convert this into it's polar form and find it's magnitude? Best Answer r = abs(z);theta = atan2(imag(z),real(z));Also...r = abs(z);theta = angle(z); Related SolutionsMATLAB: Converting polar form complex numbers into rectangular form "Converting polar form complex numbers into rectangular form"z=0.5;theta=pi/4;[X,Y]=pol2cart(theta,z)Result:X = 0.3536Y = 0.3536Manually: MATLAB: Converting rectangular form complex numbers into polar form You could have found this by searching right here(some one answered in 2014)...does it work for you?x=2+3jrho=abs(x)theta=angle(x)%-------------------x=rho*exp(j*theta) Related QuestionHow to calculate magnitude and phase angle of a complex number
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